We equip heavy machinery with laser scanners and cameras to survey sites and inventory automatically. Our systems attach to your equipment, continuously scanning the terrain and capturing data during regular machine operation. Every 20 minutes, it uploads a 3D digital twin to the Sodex Cloud, a web-based platform that provides real-time insights through automated volume calculations, progress tracking, and precise measurements—accessible from anywhere for streamlined project management and enhanced decision-making company-wide.
Kraaft offers a one-stop mobile “super app” for managing construction projects. With features like WhatsApp-style group chats, project reports, site files, geotagged photos, and custom workflows, the app is intuitive and free to adopt. It’s already winning over more than 1,000 companies across Europe, including industry leaders Bouygues and VINCI. Its AI-powered features allow for the automatic generation of customizable reports, reducing administrative overhead and improving project oversight.
Teleworker AI is the Tele-Work-as-a-Service software platform for managing and controlling both robotic workers (such as robotic dogs, wheeled devices with robotic arms, and drones) and human workers (equipped with Augmented Reality headsets) via remote assistance and Digital Twin-enhanced information. The solution leverages a synthesis of Computer Vision, AI, and ML technologies to automate some tasks while enabling human intelligence and fine motor skills to perform tasks which robots are not yet capable of doing.
Traditional methods lack the precision and control needed to manage energy use, resource optimization, and performance at scale. Fragmented asset management across numerous OEMs, with varying equipment mixes from site to site, creates inefficiencies, wasted resources, and delays. This lack of scalability hinders the industry’s ability to meet future demands. Naeva unifies all asset data into a single control system, enabling real-time decision-making, optimizing resources, and transforming sites into high-performing ecosystems.
Construction sites are evolving into complex ecosystems that demand precision and control. At Naeva, we bridge the gap between cutting-edge hardware and the digital infrastructure needed for scalable sustainability. Our platform integrates IoT-enabled devices, AI-driven analytics, and cloud-based systems to deliver real-time visibility, actionable insights, and unified control across energy use, electrification, and asset performance. We seamlessly integrate renewable energy systems, connected equipment, and optimization algorithms to deploy technologies at scale across all OEMs.
Net Zero Builds platform is designed to streamline and automate the sustainable building certification process, empowering real estate project teams to achieve higher sustainability levels in their projects, effectively reducing CO2 emissions and advancing the industry’s sustainability goals.
At Net Zero Build, our mission is to make a transformative impact on the real estate & construction sector and drive progress toward a net-zero emissions future. Our AI-powered platform enables real estate companies and project teams to efficiently navigate certification requirements and collaborate seamlessly with all stakeholders, significantly enhancing productivity (up to 70% reduction in administrative workload) and lowering costs for real estate projects (up to 40% reduction in CapEx related to certifications).
By leveraging digitalization and AI, we empower the real estate & construction industry to adopt sustainable practices more effectively, minimizing emissions across the entire building lifecycle – from design, construction, and operations to deconstruction.
Sitedrive is a construction production management software coupled up with industry-leading best practices. Built on a job site-centric approach, Sitedrive tackles the major productivity challenge in the construction industry by improving planning, execution and communication between different stakeholders in construction projects and leading the industry towards industrialized construction. Used by over 50 customers across more than 250 construction sites, the software has proven its ability to significantly reduce project lead times.
Pelles.ai is an AI-powered platform transforming the preconstruction process for trade contractors. By turning complex construction documents into actionable insights, Pelles.ai streamlines workflows, enhances collaboration, and automates the creation of deliverables tailored to industry needs. Designed for ease of use and seamless integration, the platform boosts efficiency, reduces risk and helps subcontractors bid, win, and get to the field faster with greater confidence.
VERT is a SaaS platform designed to reduce whole life carbon emissions in both retrofit and new-build projects. It provides architects, developers, and engineers with real-time, data-driven insights, making it easier to assess and optimize carbon impacts at the feasibility and detailed design stages. VERT integrates seamlessly into existing workflows, offering a faster, simpler, and transparent approach to carbon management, without requiring extensive expertise or third-party involvement.
Plancraft enables tradespeople to focus on what they love. An extremely intuitive SaaS solution allows office work and teamwork to be maximally efficient. From project calculation to time tracking – basic processes are digitized and simplified for a chronically overworked workforce. For the first time, plancraft combines the flexibility of the cloud with the specificity of industry software, setting a new standard.
Photio is a complex of nanoparticles that can be added as an additive into paints, asphalt, concrete, and even plastics or fabrics. When the additive comes into contact with solar and artificial radiation, it promotes the degradation of polluting gases, transforming walls or roads into air purifiers, which are capable of transforming polluting gases into substances that no longer represent a danger to people’s health or the environment. The technology has a maximum decontamination potential equivalent to that of 2 mature trees.